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MD-Kinney now proudly offers the KVC Series of dry claw vacuum pumps in the Kinney Vacuum portfolio. The KVC Series claw pumps offer a compact footprint that requires a minimal amount of floor space. Contactless operation means minimal wearing parts and maintenance needed, and oil-free compression. These claw vacuum pumps have a highly efficient design for not only energy efficiency but also efficiency for CFM per HP. Extreme Duty (XD) models available with coated internals and flush ports, designed to handle demanding applications.
Applications: Pick & Place, CNC Router Tables, Industrial Vacuum, Central Vacuum Systems, Thermoforming, Food Packaging, Degasification
The KVC Series is a contact-free dry claw vacuum pump that operates efficiently and economically. The claw pump has two claw-shaped rotors that turn in opposite directions from one another. These rotors are timed and synchronized using a high-performance gearbox. The KVC Series serves a variety of applications where high-volume air is required in applications up to 27 in. HgV (75 Torr) for continuous operation. There are several pumps with capacity ranges from 43 to 671 CFM.
Reliable and Efficient
The design of the KVC Series allows for dry compression, meaning no oil or sealing fluid is needed in the compression chamber. This also provides much less wear in the operation. The KVC design optimizes airflow for efficient air cooling. Along with the use of our premium motors, the Kinney design greatly reduces energy consumption and lowers life cycle costs.
Compact Design and Low Noise Levels
The compact design of our claw pumps allows for the most efficient use of installation space and provides easy access to all components of the machine, making it easy to inspect and service. The KVC claw pumps can perform at market-leading sound levels, down to 76 dB(A) during operation.
Claw Rotors
Our claw-shaped rotors are designed for contactless operation and are expertly designed for the tightest fitting tolerances which provides the highest efficiency in claw compression. None of the internal components make contact, extending the service interval and keeps the pump running longer.
The conventional way to collect the sap is to drill holes and hang buckets on the maple trees, however, this is time consuming. Download our application case study on Maple Syrup and learn how adding vacuum pumps to your process can save you time and money while collecting sap.